"though neutron stars radiate very intense beams, you still need massive detectors to realize this type of communication. That the decryption of the modulated neutrino signals still requires being able to detect hidden photons to extract the information conveyed by those intense beams speaks about a level of technological achievement which is still far away from most galactic civilizations. Only when you have achieved an advanced technological development, a planetary communion of all the inhabitants of a world, and a mastering of the hidden quantum sector, can you attempt to gain access to the vast knowledge contained in those intelligently designed beacons"

"The idea is that a highly advanced civilization is able to predict the collapse of their world, and it would seem natural for them to preserve all of their knowledge by using the Sarawasti machine, a complex stellar engineering structure by virtue of which electromagnetic pulses are used to modulate the neutrino radiation from a neutron star in such a way that their entire knowledge, their entire culture, can be encoded and radiated across the Universe to distant places and thus be preserved for the entire age of the Universe, whatever the final fate of their home stellar system"

"By using radioactive ions and modulating the neutron star neutrino beam, one can produce clean, intense neutrino beams with specific spectra. Such beams could encode information that can be sent to all corners of the Universe with a minimum degradation. The electromagnetic modulation is possible due to the features of the hyperfine structure of H-like ions, of which the Sarawasti machine seems to be a prolific source."

"As the neutron star does not radiate anisotropically, and as the beam is clearly directed to specific directions in space, could this explain why Giselian are interested in Sol-3? Could it be their home planet, whatever that is, is intersected by the beam of another neutron star yet they need to also decode the beam intersecting Sol-3 in order to get the complete original message?"